35results about How to "Control number" patented technology

Chemical polymerization procedures initiated by, and proceeding from, a biomolecule, particularly a protein, for the formation of biomolecule-polymer conjugates, particularly protein-polymer conjugates, which have therapeutic uses, are intermediates for forming other materials or are usable in diagnostic sensors are disclosed. Polymerization can be initiated by a protein in the absence of additional initiation agents to form the protein-polymer conjugate. Alternatively, polymerization is initiated in the presence of an additional initiation agent that does not interact with the protein. Amino acids existing in the protein can serve as the sites for initiation of the polymerization or the protein can be modified to contain site(s) for initiation or protein with active sites can be prepared by recombinant methods, chemical ligation, solid-phase synthesis, or other techniques to generate site(s) for initiation.

Methods and apparatus for controlling the number of ions to be analyzed in a mass analyzer are disclosed. Ions are accumulated over an injection time interval determined as a function of ion accumulation rate and a predetermined desired number of ions. Accumulation velocity represents the flow rate of ions from the ion source into the ion collector. Ions from the accumulated ions are introduced into a mass analyzer for analysis.

A magnetic sensor comprises magnetoresistor thin films used in view of improvement of identification accuracy of operation of the magnetic sensor so as to prevent degradation of the degree of freedom of arrangement attributed to the narrow intervals between the magnetoresistor thin films. The number of magnetoresistive elements for canceling the harmonics can be increased to an extent that the production of the magnetic sensor does not became difficult while flexibly adjusting the intervals between magnetoresistive elements. The thermal characteristics are uniformed and the identification accuracy is improved. The magnetic sensor has magnetoresistance pattern where magnetoresistor thin films are formed on a substrate, and the magnetoresistance pattern is composed of A-phase and B-phase magnetoresistance patterns which output two signals having phases which are different by 90 DEG. The magnetic sensor is characterized in that the magnetoresistance pattern is formed by combining two substrates.

The invention discloses a control device and a control method for femto-second laser filament-forming and super-continuous radiation. The control device consists of a phase plate and a focusing lens which are sequentially arranged on an output optical path of a collimation femto-second laser, wherein the phase plate is a transmission-type phase plate or a reflection-type phase plate which has 2n spaced partitions with phase jumping quantity of pi; n is a positive integer of more than 1; and the device forms the incident femto-second laser into 2n optical filaments and then outputs the 2n optical filaments. By the invention, the accurate control of forming of the femto-second laser into a plurality of optical filaments can be realized, and the number, positions and phases of the formed filaments, and the super-continuous radiation along with filament-forming can be accurately controlled. The invention is characterized by simplicity and effectiveness.

The invention discloses a viewpoint-related four-queue optimization-based terrain mesh generating method, including: initializing the terrain meshes and four queues; recalculating error and updating the four queues; generating the terrain meshes by the four queues' driving triangles. It processes the original terrain data, can complete generating the terrain meshes within a limited time, and at the same time assure the quality of display picture. It uses the continuity between visual fields, can effectively control the number of triangles in the terrain meshes and adopts the four queues to drive the terrain meshes, only sequencing the meshing queues and combining queues, and when the viewpoint does not change greatly, the number of the terms in the meshing and combining queues is very small, thus reducing sequencing time, and enhancing the generating efficiency of the terrain meshes, so as to make real-time terrain ramble smoother and the display picture quality higher.

The present invention relates to a polycarbonate containing nonlinear optical chromophores, a synthesis method and an application thereof. According to the present invention, bischloroformate and nonlinear optical chromophores containing double hydroxyl groups are subjected to copolymerization so as to successfully introduce the nonlinear optical chromophore molecule into the polymer chain segment of the polycarbonate, and concurrently a bisphenol monomer is introduced to adjust the number of the nonlinear optical chromophore molecules in the chain segment so as to effectively prepare the suspension connection type polycarbonate electro-optic material containing a certain amount of the nonlinear optical chromophore molecules; after the polycarbonate containing the nonlinear optical chromophores is dissolved with an organic solvent and then is subjected to film coating, the maximum electro-optic coefficient of the prepared polarized electro-optic polymer film is 75 pm/V, wherein the prepared electro-optical material has a high glass transition temperature, such that the nonlinear optical chromophore molecules have good orientational stability in the material; and the polycarbonate containing the nonlinear optical chromophores has the following structure.

The invention relates to the technical field of networks and discloses a terminal access number control method. The method aims to solve the problem that due to the fact that an existing distributed device can not limit the terminal access number accurately, the terminal access number exceeds limitation. The method mainly comprises the steps that a forwarding plane periodically reads media access control MAC address numbers of a port, and informs the read MAC address numbers to a control plane; the control plane checks whether records exist in a forwarding table after extracting MAC addresses of messages, and judges whether the MAC address numbers of the port reach the limitation value; if yes, a control switch of the up-sending control plane is turned off when source MAC searching fails, and processing of the messages is stopped; if not, the control switch of the up-sending control plane is turned on when source MAC searching fails so that the control plane can process the messages. The invention discloses a terminal access number control system. According to the method and the system, the terminal access numbers of the port can be controlled accurately, impact on the control plane from the messages can be reduced, and processor resources of the control plane are saved.

The invention discloses a method for increasing the stability of 802.1X identification device comprising the steps of, (1) presetting the suppressing condition for triggering the identification, (2) determining whether the present state meets the preset suppressing condition for triggering the identification, if so, discarding the protocol message of the identification starting frame in the message types to be processed, otherwise continuing the subsequent operation. The invention can reduce the shock to the authenticator resulted from the switching in of large amount of users, thus improving the stability for the switch-in control equipment and the switch-in success rate.

The invention discloses a single unit rotation type combined gas explosion sound source, and belongs to the technical field of naval mine resistance. The gas explosion sound source comprises a servo motor, a rotor, a stator shell, a piston and a piston cylinder; a cavity part of the rotor, which is provided with release holes, is inserted into the inside of the stator; both ends of the piston arerespectively positioned in the rotor and the piston cylinder; the piston cylinder is coaxially abutted with the stator shell; high-pressure gas inside the rotor is discharged and released by periodicopening and closing of the corresponding release holes on the rotor and a stator so as to generate a series of acoustic wave pulses oscillating on a wide band in water; by regulating displacement of the piston in the rotor, the number of opened ports of the rotor is controlled to regulate strength of the sound source; and the rotor is driven to rotate by the servo motor, when the opened release holes of the rotor are coincided with the release holes of the stator, a pulse with a specific frequency spectrum is generated, and the continuous change of the opened ports of the rotor in the continuous transmission process implements smooth control of the frequency spectrum. According to the invention, a physical field generated by a ship can be effectively simulated.

The invention discloses a processing method for a paging message and a corresponding access network device thereof. The processing method for the paging message comprises the following steps: receiving the paging message sent by a core network; determining whether a mobile station identity in the paging message is preserved if the system is overloaded; and discarding the paging message in case that the mobile station identity is preserved. With the application of the processing method for the paging message and the access network device thereof provided by the invention, when the system is overloaded, the paging message is determined whether to be a first paging message through the method that whether the mobile station identity in the paging message is preserved, and the paging message can be discarded when the message is not the first paging message. Therefore, the invention can effectively control the number of the paging messages, reduce the load of the base station subsystem, and ensure the stable operation and the business success ratio of the base station subsystem during high traffic peak hours.

The invention belongs to the technical field of prediction or optimization, and discloses a sea surface temperature time sequence prediction method based on PSO double-objective optimization, which comprises the following steps: optimizing sea surface temperature prediction model parameters by utilizing an improved PSO double-objective optimization algorithm to obtain an optimized parameter combination; and predicting the sea surface temperature by using the obtained optimization parameter combination. According to the method, the PSO algorithm is improved, and the Pareto dominated relationship is adopted to measure the advantages and disadvantages of the solution.The global search capability of the PSO algorithm is increased by utilizing a large inertia weight, bidirectional local searchis carried out on a non-dominated solution set, the local search capability of the PSO algorithm is enhanced, the PSO algorithm has a high optimization capability, and the Pareto frontier of a real solution can be approached. The local search capability of the particles is enhanced, the diversity of the non-dominated solutions is increased, and the number of the non-dominated solutions is maintained by using the crowded distance, so that the distribution uniformity of the non-dominated solutions is improved.

The invention discloses a method for coating a film in a wafer-free vacuum reaction chamber and a wafer processing method, and the coating method comprises the following steps: 1, conveying a deposition gas into the wafer-free vacuum reaction chamber, and igniting a plasma, depositing a protective film with a certain thickness on the inner wall of the vacuum reaction cavity exposed to the plasma and the surface of an internal part; 2, conveying etching gas into the wafer-free vacuum reaction cavity, igniting the plasma, and allowing the plasma to modify the protective film deposited in the step 1; and 3, repeating the step 1 and the step 2 for a plurality of times to obtain a high-density protective film. The compact protective film is formed on the inner surface of the vacuum reaction cavity in a repeated deposition etching mode, so that the size and the number of particles on the surface of a wafer are reduced, the process is simple, and the implementation is easy.